After a school trip to China, two students reflect on the future of transportation in the U.S.

In just recent decades, China has rapidly transformed its transportation system, going from an underdeveloped system to one of the world’s most technologically advanced networks. This quick development directly shows China’s economic growth and its strategic vision for domestic and international relations. During a school trip to China this past spring break, we were able to see the transportation system up close, and witness how much the nation has advanced in its environmental policies through infrastructure development.The country has invested heavily in various transportation methods, including roads, railways, waterways, and airways that connect its vast territory and diverse population over more than nearly 4 million square miles. Furthermore, China’s transportation network is not only extensive but also sustainable and eco-friendly. 

Cars 

China has become the world’s largest automobile market, with a unique vehicle policy that balances economic growth with environmental concerns. The government has implemented a new approach to vehicle regulation, particularly in major cities that face severe congestion and pollution. Most notably, China has established restrictions on traditional gas-powered vehicles while actively promoting electric vehicles through substantial tax exemptions and infrastructure development. For instance, in Beijing, individuals with gasoline vehicles, identified by having blue license plates, are not allowed to drive one day a week, dictated by the last digit of their license plate. However, individuals with electric vehicles, identified by having green license plates, are allowed to drive every day. In order to regulate this restriction, an individual who is driving on a non-driving day could pay a fine starting at 100 yuan (Chinese currency) or about $13 USD. 

In major metropolitan areas, including Beijing and Shanghai, getting a license plate for a traditional vehicle requires participating in highly competitive lotteries or auctions with millions of people and success rates often less than one percent. However, electric vehicle plates are much more accessible, available through a separate system with significantly higher approval rates. This policy has created a strong incentive for consumers to choose electric options. Unlike, for example, Boston, in China, there are just as many — if not more — electric cars than regular cars, especially since all taxi cabs are required to be electric cars. Additionally, the Chinese government has invested greatly in recharging infrastructure, building hundreds of thousands of public charging stations nationwide. Especially in Beijing and Shanghai, there are always charging stations in every shopping mall and plaza. 

E-bikes

In the big cities of China, you can also find e-bikes virtually everywhere. You’ll see them cruising on the roads, weaving between pedestrians on the sidewalk, or just parked, waiting for their driver to wake them up like a noble steed. Fortunately for e-bike drivers, one can drive their e-bike every day, similar to the unrestricted nature of e-cars. In addition, the price of e-bikes ranges from the Chinese RMB (or yuan) equivalent of $600 to $1,000, while electric cars are $45,000. If you think about it, e-bikes in China are the most cost-effective eco option. 

Between e-cars and e-bikes, China has effectively incentivized environmental awareness by making electric vehicles the smarter choice of private transportation.

Public Transportation

Over the past two decades, China has built the world’s largest high-speed railway network, covering more than 40,000 kilometers and connecting previously isolated regions with major economic centers. China’s bullet trains, operating at speeds up to 350 km/hr (217 MPH) have revolutionized travel, making it possible to journey between cities like Beijing and Shanghai (approximately 1,200 km/745 miles apart) in just 5 hours! 

In urban areas, extensive subway systems have transformed daily commuting. Cities such as Shanghai, Beijing, Guangzhou, and Shenzhen operate some of the world’s busiest and most extensive metro systems, with new lines continuously under construction. The Shanghai metro alone carries more than 10 million passengers daily through its 20-plus lines and 500-plus stations, making it one of the largest transit systems globally. But perhaps most impressive is China’s pioneering use of maglev, or magnetic technology. The Shanghai Magnet Train, operating since 2004, remains the world’s fastest commercial train service, reaching speeds of 430 km/hr (267 MPH) and connecting the Shanghai International Airport to the city in just eight minutes. Furthermore, the integration of these systems through payment methods (primarily through mobile payment apps) creates a seamless travel experience for both residents and visitors, allowing for efficient navigation across this vast country.

Challenges and Solutions

Enjoying an environmentally friendly life in China is almost effortless with the number of options for getting around. Indeed, China is able to build roads, railways, and other transportation mediums much more efficiently than in the U.S. because the Chinese government — with its centralized government planning — can do so without dealing with political debate. China also has cheap labor and more workers than the U.S., so China can build much faster and at a lower cost. Consequently, in contrast to China, the U.S. has slower trains, significantly less access to charging stations, and more expensive EVs. 

However, it’s important to note that there are significant drawbacks to China’s system. While China’s labor laws are strong at face value (they require employers to sign contracts that at least provide minimum wage, give workers a maximum of 44-hour work weeks, and pay for overtime) these laws aren’t aptly enforced. Unfortunately, many employers and government agencies ignore policies and instead impose exorbitant amounts of work for unlivable pay as well as unsafe conditions, all creating a system that allows for the exploitation and suffering of workers. In addition, centralized government planning makes no room for debate or discussion regarding the influence of the federal government, opening the door for federal overstep and abuse of power. 

All things considered, it’s challenging to improve U.S. infrastructure to the level China boasts because the U.S. stands against the very aspects of China’s system — authoritarianism and worker exploitation — that yield such a robust infrastructure.

 In addition, the U.S. has much looser car policies that allow individuals to drive any type of vehicle on any day, but there is something to be learned from this Chinese idea of incentives. One example of incentives in China is that electric cars are cheaper in China than gas-powered cars. It’s almost funny how much EVs are encouraged in China. In China, it’s as if climate awareness that includes owning an EV car is mainstream, as opposed to the U.S., where it is often seen as a fad. 

However, change for the better can be made on a smaller scale while still adhering to our U.S. values. Firstly, the municipal and state governments can offer greater tax incentives for those driving EVs and commission EV companies to build more charging stations. Another idea is that these smaller governments could invest in nearby e-bike companies and the industry to make them more accessible.

Driving Towards the Future

After visiting China, it’s clear just how advanced and impressive its transportation system truly is. Electric vehicles are widely used for private transportation because they are affordable and available every day, thanks to strong government incentives. Public transportation, including trains and metro systems, is fast, reliable, and comfortable. China’s success comes from thoughtful regulation, large-scale infrastructure investment, and a commitment to sustainability. Experiencing this firsthand inspires real hope that the United States can also build a forward-looking transportation system that is affordable, accessible, and Earth-friendly.